Publications

A full list of publications from research at our laboratory can be found 👌here👌.

Tech Briefs

Title	Link to Article
Preliminary experimental investigation into the use of biofibres and biopolymers in solar panel support truss systems	CRNO-10042020-1
Point-cloud digitization of large and featureless composite travel trailer structures towards flexible product design and portfolio management	CRNO-08042020-1
In-situ mechanical characterization of industrial hosing performance	CRNO-31032020-1
Characterization of novel polymer has a candidate replacement for low-cost GFRP laminates	CRNO-30032020-1
Thermal recycling of GFRP for marine applications	CRNO-06052019-1
Mechanical Behavior of Fiberglass/Unsaturated Polyester Composites, with Biochar Filler for Carbon Sequestration, Under Three-Point Bending	CRNO-23032017-1
Characterisation of the degradation of lignin-coated particle board under accelerated ageing conditions of temperature and humidity	CRNO-16042017-1
The use of right-sized simulation to aid in better decision-making for complex composite materials manufacturing systems	CRNO-14082017-1
Cost modeling of the manufacture of a GFRP leisure boat hull for both open chopped spray moulding and resin infusion processes	CRNO-11082017-1
3D scanning of artistically-derived GFRP tooling for the production of parametric manufacturing drawings of tub shower products	CRNO-02082017-1
Multiscale modeling of circular woven hoses towards the reduction of mechanically-driven in-situ performance defects	CRNO-02082017-1
Mechanical property study and analysis of a novel stone-polymer composite material using recycled granite slurry	CRNO-10062017-1
Experimental investigation of the load-response and failure mode behaviour of modern dental implant materials	CRNO-13092017-1
Application of composite materials in mobile food truck tandoor ovens	CRNO-13092017-1
Structural Health Monitoring in Sensor-integrated Smart Composites Presents a comprehensive focus on sensor systems embedded in composite materials which provide the “monitoring” feature of this engineering design. Summarizes the fundamentals of structural health monitoring systems including the principles, characterization, and challenges presented by fabrication and signal processing methods. Includes two expanded case studies with analyses of challenges, testing methods, and solutions. Provides a detailed description of the testing methods used in these examples to understand how the novel sensors work in monitoring the condition of composite woven fabrics.
Towards development of a biodegradable polymer for use in single-use surgical gloves	MMRI-15012025
Replacing legacy materials of aquatic play structures with flexible, durable and low-footprint alternatives	MMRI-12032025
Chemical recycling of polyurethane foam from airport luggage carriers: a circular economy approach	MMRI-17032025
Preliminary investigation into the use of biocomposites for a solar panel support truss system	MMRI-18032025
Transparent, recycled polyurethane face masks: advancing circular economy and communication through nano-fiber filtration	MMRI-19032025
In vitro evaluation and understanding of fabrics interaction with skin cells and dominant skin microbiome: a concurrent material degradation	MMRI-20032025
Mechanical recycling of polyethylene glycol-modified waste: incorporation of carbon nanotubes towards functional composites	MMRI-24032025
Developing a multicriteria feasibility assessment model for hemp-based biocomposite supply chains including sociotechnical and environmental factors: a case study in western Canada	MMRI-26032025
Sustainable supply chain design for sawmills: a novel techno-economic analysis, multi-objective optimization, and industry 4.0-enabled decision support tool	MMRI-27032025
Biocomposites and the Circular Economy Covers the full lifecycle of biocomposites, from early research and development to design, application-specific engineering, and end-of-life management. Combines comprehensive literature reviews with detailed case studies and industry-based projects to link theory and practice. Emphasizes circular-economy principles, including the use of waste and recovered feedstocks in biocomposite manufacturing. Addresses supply chain management, techno-economic and environmental assessments, and advances in fillers and reinforcing materials.